Erhenhaft and Von Richenbach.

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The reason I posted here is because I am getting no discussion from the more" advanced experts" in EU.
Dr Erhenhaft was even called crackpot by one of them without knowing the Dr's qualifications.

So maybe there will be a little more civilized discussion here..

The first subject is Felix Ehrenhaft. He is the discoverer of the optical tweezer effect. Or that light can provide kinetic energy.
Magnetic Monopoles in Theory and Experiment
With the paper being here.
http://leedskalnin.net/Monopoles-Theory-Tests.pdf
http://leedskalnin.net/Felix%20Ehrenhaft.htm

The second is Baron Karl Von Richenbach
http://www.hbci.com/~wenonah/history/odenergy.htm

"Luminous World" Baron Karl von Reichenbach
"One chapter in forgotten science history introduces one of the greatest researchers of all time, whose investigation of basic life-related energies stands paramount in the history of qualitative science. His name forgotten and ignored by modernists, the life and work of Baron Karl von Reichenbach stands as a monument. He is a true scientific legend, a giant, a reminder that the world is more marvelous than we are led to believe by those who misalign our perceptions and misdirect our views. It is for this reason that I have chosen to begin the LOST SCIENCE series with his biography.

Our story begins in the Kingdom of Wurttemberg. Born in Stuttgart (1788), Karl von Reichenbach became a laudable personage of great scientific stature. Known for his humility and deep sensitivity, the enormous scientific contributions made by him in European industry and research are legendary. His father, the Court Librarian, was able to supply Karl with a rich reserve of arcane treasures. Books of a most wonderful kind flooded his young life with the stimulating and refreshing visions of a hundred forgotten naturalists.

After a stormy youth as a chief conspirator against the Napoleonic occupation in Germany, Karl emerged as a scholar of high merit. Earning his doctorate in natural sciences and theology, he became a knowledgeable and enthusiastic contributor in chemical, geological, metallurgical, and meteorological sciences.

Very gradually distinguishing himself as an exemplary industrial engineer, he began establishing ironworks (Villengen, Baden), charcoal furnaces (Hausach, Baden), metallurgical and chemical works (Blansko, Moravia), steelworks (Turnitz, Austria), and blast-furnaces (Gay a, Moravia). His wealth increasing beyond all reckoning, he purchased lands literally from the Danube to the Rhine. His fame and reputation as an industrialist and research scientist spread across Europe. In short, he was an exemplary scientist-mogul of legendary proportion.

Reichenbach discovered paraffin in 1830, one practical result of his own research with coal tar and coal tar derivatives. He did not stop making chemical discoveries of commercial impact however. From coal tar he extracted the antiseptic Eupion (1831), the preservative and therapeutic agent Creosote (1832), the indigo dye Pittical (1833) and Cidreret (a red dyestuff), Picamar (a perfume base), as well as Kapnomor, and Assamar. The successful commercial development of these organic substances brought him into greater wealth. Reichenbach's discoveries founded the huge dye and chemical industries by which Germany made legendary fortunes, which few but German chemists remember.

The Baron engaged the first exacting geological survey of Moravia. He loved all things natural, especially things that were considered extraordinary or rare. To this end he collected things such as meteorites, a collection which was famous in his day. While most academes ridiculed the notion of sky-falling stones ("aeroliths"), he published several notable treatises on the subject.

An avid observer of all anomalous natural phenomena, the various exotic forms of lightning and auxiliary atmospheric phenomena comprised another of his beloved scientific domains. His numerous and scholarly scientific descriptions of rare lightning forms and other strange natural occurrences flooded the periodicals of his time, making him an early enthusiast of what later would be termed "Forte an Phenomena".

Possessing the unlimited resources of both the very finest scientific materials and vast wealth, Baron Reichenbach ventured into scientific domains, which few have successfully engaged. His pursuit of rare and erudite natural phenomena proceeded without limit. His fascination with the unknown became much more than a passionate devotion to an idle curiosity.

After completing his national industrial marvels, his devotion to these fascinations became a research endeavor of enormous thematic depth. Reichenbach discovered a glowing energy form, which totally revolutionized his own worldview, as well as those who earnestly followed his marvelous publications. Until his death in 1869, he maintained that nature was suffused with a mysterious luminous energy from which it derived its vivifying powers. How this great discovery was made begins the controversial period of Reichenbach's life, that period when he dared academic prejudice and plunged into the unknown.

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Now hopefully after a couple of days you have gone to those links and read some of the stuff therein.
Or you could ask a question as to why this is relevant to the EU model.